The disagreement between the qualitative and quantitative findings regarding hierarchical culture may indicate problems with the validity of the hierarchical subscale.
Despite such robust findings regarding the validity of the hierarchical model, cross-cultural validation and feasibility of the model have not been actively examined.
The purpose of this study is to examine the construct validity of this hierarchical three-factor model of quantitative literacy for three cohorts of elementary-aged students.
We used the f3-statistics (A, B, C) to determine if A was derived from the admixture of populations B and C, and the f4-statistics ((A, B,) (C, D)) to test the validity of a hierarchical topology in four-population trees.
We aimed to examine the validity of the DSSI hierarchical class model using both Korean non-patient and patient (schizophrenia and depression) groups.
In the present study, we examined the validity of the DSSI hierarchical class model using both Korean non-patient and patient (schizophrenia and depression) groups by conducting cross-validations with other clinical measures.
We further examined the validity of Fould's hypothesis of hierarchical structure model of illness by stratifying the groups according to the five classes and examining the distribution of their mean MMPI-2 clinical scale scores.
A CFA supported the validity of a two-level hierarchical model with a three-component initial level and a single top level.
Genes were assayed for tissue specificity compared to small intestine, colon, antrum ("pyloric"), and cardiac/fundus tissue after verifying the validity of the data through hierarchical clustering of the tissues.
The increase in ecological validity and the potential for revealing interactions between different levels of hierarchical processing suggest that such paradigm is well suited for elucidating the mechanisms of perceptual learning in the human brain.
